Spin dynamics in ferromagnetic and spintronic materials

自旋动力学将自旋、电荷和光子之间相互作用形成的有趣三角形联系起来。在过去的世纪里，材料科学、纳米技术和波动物理学的发展使这一课题的研究活动从宏观水平向微观水平转变，这是一条令人惊叹的沿着的道路。凝聚态物理学这一前沿领域的研究对于信息和通信技术的进步至关重要。我的长期研究目标是通过研究自旋和电荷激发，调查非线性动力学和开发新型自旋电子器件来为这一领域做出重大贡献。这个资助期的重点是应用我实验室开发的创新实验工具来研究以下主题：

Spin dynamics link an intriguing triangle formed by interplay between spins, charges, and photons. The past century has witnessed an amazing path along which research activities on this subject have been transformed from the macroscopic to the microscopic level, through the advances in materials science, nanotechnology, and wave physics. Research in this frontier of condensed matter physics is essential for the advancement of information and communication technologies. My long-term research goal is to contribute significantly to this field by studying spin and charge excitations, investigating nonlinear dynamics, and developing novel spintronic devices. The focus of this granting period is to apply innovative experimental tools developed in my lab to investigate the following topics: